SMT FPC connector

The F05055FA080M1WLJ9 is a precision SMT FPC connector for high-density board-to-flex cable interconnects. This 80-pin device delivers 0.50mm pitch, 2.1mm low-profile height, and ZIF flip-cover actuation for reliable signal transmission in compact electronic assemblies.

The F05055FA068M1WLJ9 is a precision SMT FPC connector for high-density board-to-flex cable interconnects. This 68-pin device delivers 0.50mm pitch, 2.1mm low-profile height, and ZIF flip-cover actuation for reliable signal transmission in compact electronic assemblies.

The F05055FA060M1WLJ9 is an SMT FPC connector designed for compact board-to-flex interconnection. This 60-pin device features 0.50mm pitch, 2.1mm height, and ZIF flip-cover actuation for dependable signal transmission in space-constrained electronic assemblies requiring precision connectivity and stable performance in portable consumer device manufacturing applications.

The F05054FA096M1WLJ9 is an SMT FPC connector engineered for high-density board-to-flex interconnection. This 96-pin device features 0.50mm pitch, 2.1mm height, and ZIF flip-cover actuation for reliable signal transmission in compact electronic assemblies requiring precision connectivity and stable performance in portable consumer device manufacturing applications.

The F05054FA068M1WLJ9 FPC connector is a ZIF top-contact solution with 0.50mm pitch and 68 pins in a 2.1mm low-profile SMT housing. It delivers reliable flexible printed circuit termination for compact electronics including displays, handheld devices, and industrial control modules. The flip-cover actuator ensures easy cable insertion and secure retention in higher pin density applications.

The F05054FA060M1WLJ9 FPC connector is a zero insertion force solution for flexible printed circuit assemblies. Featuring 0.50mm pitch and 60 contacts in a 2.1mm height SMT package, this flip-cover connector ensures reliable signal routing for compact electronics.It is ideal for displays, handheld devices, and consumer electronics requiring secure FPC termination in space-constrained high-density board layouts.